From Wikipedia, the free encyclopedia

James Bond character
Renard
Gender	Male
Occupation	Anarchist; henchman to Elektra King
Affiliation	Elektra King
Status	Deceased
Role	Villain
Portrayed by	Robert Carlyle

Viktor Lavrentievich Zokas, better known by his alias of Renard, the Anarchist, is a fictional character and antagonist in the James Bond film The World Is Not Enough. He was portrayed by Scottish actor Robert Carlyle.

Prior to The World is Not Enough's release, the character of Renard was promoted as the film's main villain and is often referred to as such in reviews and contemporary press coverage. However once the film was released it became less certain whether this was the case, or if Elektra was actually the main villain and Renard was her henchman. The issue is settled by director Michael Apted in an interview included with the DVD release of the film, in which he states that Elektra King is the main villain of the film.

As detailed in the film, Renard is trained by the KGB as an assassin, but is dismissed due to his mental instability. With the cessation of the Cold War, the political climate changes, and he becomes a terrorist. During a mission to dispatch Renard, MI6 agent 009 tracks him to Syria and shoots him in the head. Renard survives the attack, but the bullet cannot be removed from his head and is steadily working its way through his brain toward the cerebral cortex. As it moves, it steadily deprives Renard of his ability to taste, smell, and (most notably) feel.

Some time prior to the events of the film, Renard kidnapped Elektra King, a billionaire heiress, and held her for ransom. When Elektra's father refused Renard's ransom demands, she decided to collaborate with and seduce Renard. She even went as far as to mutilated her own earlobe, as Renard was too in love with her to harm her. Unbeknownst to MI6, Renard long abandoned his anti-capitalist ideology, instead choosing to aid Elektra in her oil pipeline scheme. Such changes in Renard's behavior are indicative of his devotion to Elektra.

Renard presents Elektra King with a sphere of weapons-grade plutonium

As the events of The World is Not Enough unfold, Renard is living with an indeterminate life expectancy, as the bullet could reach his cerebral cortex at any time and kill him. However, according to MI6 doctor Molly Warmflash, until the bullet kills him, Renard is expected to continue due to his inability to feel pain, allowing him to drive himself beyond ordinary physical limits. This unique trait is demonstrated in Renard's first on-screen appearance when he handles scalding pieces of volcanic rock in his hand. After her 'rescue' from Renard, Elektra claimed to be traumatized, faking Stockholm syndrome.

In the film, Renard joins forces with Elektra in a scheme to take control of the world's oil market. They launch an attack on MI6 headquarters in London, which results in the death of Elektra's father. Originally, it is thought their target is her family's oil pipeline, but it is later revealed that Renard and Elektra damaged the pipeline to cover their real target of disrupting all oil supplies except for those belonging to the King family. Renard hijacks a Russian nuclear submarine and intends to introduce weapons-grade plutonium into the submarine's nuclear reactor, causing a nuclear meltdown. This would happen in the Bosporus at Istanbul which would contaminate the city and the Bosporus for decades, preventing any shipping from the Black Sea. Shipments of Caspian Sea oil via all existing pipelines except for the King pipeline which terminated on Turkey's Mediterranean coast would have been affected.

Meanwhile, Elektra takes M hostage and captures Bond, but is ultimately killed by 007 after she orders Renard to launch the submarine on its mission against Bond's orders. Bond manages to board the sub and confronts Renard. Just as the reactor is about to go into a critical state due to Renard's plutonium-laced fuel rod, Bond causes the reactor to shoot the rod out of the core at a high speed and into Renard's body, thus killing him and stopping the reaction.